Those who know What they do, tend to work harder.
Those who know Why tend to work smarter.
In his book “Up the Organization”, Robert Townsend gives 10 evaluation criteria that you can use to rate your boss as a leader.
Here is, in a nutshell, the difference between a boss and a leader: a boss is someone who was appointed by the organization to manage a team. A leader, on the other hand, is someone in the organization who inspires people. A boss pushes people to work, a leader pulls them towards his vision. Some bosses are leaders, others are just managers. For a brief comparison between (bad) boss and leader characteristics, you may refer to the info-graphic at the end of this post.
Back to Townsend’s criteria, the author suggests that you score each of the following characteristics from 0 to 10, the total (from 0 to 100) is you boss’s rating. How much is your boss : Continue reading “Is your Boss a Leader ? – Robert Townsend”
Title: Atomic Habits – An Easy & Proven Way to Build Good Habits & Break Bad Ones
- Author: James Clear
- Publication Date: 2018
- Recommendation Score: 4.5 / 5
Very interesting book that deals with the science of habits. It can be considered an extension to the book “The Power of Habit” by Charles Duhigg, with more examples and a kind of user manual guidelines for building and breaking habits (see the tables below).
The author presents the ideas very clearly, inspired by many real-life cases and based on recent results of academic research. He provides useful chapters’ summaries and other insightful resources that you may check on the author’s website jamesclear.com.
The main guidelines that the author suggests to build a new habit or break an old one are presented below (source: jamesclear.com).
How to build a habit
The last mile is always the least crowded.
Every electrical engineer who works in the field of alternating current (AC) systems should be familiar with the Clarke Transformation concept. What not so many engineers know is that Clarke is a (pioneering) woman engineer called Edith, who managed to find a place for her talent in one of the biggest masculine industries in the first half of the 20th century.
Throughout her career, Clarke was often the first in her endeavors, whether the first professionally employed female electrical engineer in the United States, the first female full voting member of the AIEE (that would become IEEE), or the first full time female professor of electrical engineering in the US. She had substantially contributed to the development of mathematical methods that simplify the design and analysis of AC power systems (equivalent circuits, graphical analysis, etc.).
Life and Career
Clarke was born in Maryland in 1883 and was orphaned at a young age. She studied mathematics and astronomy at Vassar College in Poughkeepsie, New York, USA, and received an Bachelor degree in 1908. Then after 3 years as a teacher (in mathematics), in the fall of 1911, she enrolled in the civil engineering program at the University of Wisconsin, but left after a year to become a computing assistant to George A. Campbell at American Telephone and Telegraph (AT&T), where she could acquire good knowledge about the transmission lines and electrical circuits.
From MIT to GE
Edith Clarke enrolled in electrical engineering at Massachusetts Institute of Technology (MIT) in 1918, to earn an M.S. degree in 1919, and was the first woman to receive an electrical engineering degree at the school. She then joined General Electric (GE) in Schenectady in 1920, where she trained and directed a small group of women computers doing calculations of mechanical stresses in turbine rotors. In 1921, she filed a successful patent application on a graphical calculator to be used in solving transmission line problems, and it was published in her first technical paper in the GE Review in 1923.